86125 UV Light Meter +UVA-X1 Probe
Ideal for measuring UVA energy and intensity
Spectral response range: 315nm–400nm (calibrated at 365nm)
Power measurement range: 0–200,000 μW/cm²
Suitable for testing sunlight, aging chambers, and welding arc light
The 86125 UV Light Meter is a versatile device designed to work with up to nine different types of probes. Its primary role is to display measurement data clearly and accurately. The UVA-X1 probe, one of the nine compatible probes, offers a spectral response range of 315nm to 400nm and is calibrated at 365nm for precise UVA measurements.
Parameters
| Parameters | UVA-X1 Probe |
|---|---|
| Spectral Response | 315nm-400nm, λp = 365nm |
| Power Measuring Range | 0 - 200000μW/cm² |
| Resolution | 0.1μW/cm² |
| Energy Measuring Range | 0-9999999μJ/cm² |
| Record Time | 0-99999s |
| Measuring Accuracy | ±10% |
| Sampling Speed | 6 times/second |
| Unit | μW/cm² (default), mW / cm², W / m² |
| Test Hole Diameter | ￠=10mm |
| Probe Size | 39mm × 32mm × 15mm(L*W*H) |
| Packing Box Dimension | 24 * 6 * 5 cm (L * W * H) |
Application
Testing UV rays from sunlight
Detection of welding arc light
Aging test
UV aging
Features
Wide-ranging applications
This device is ideal for ultraviolet detection across various light sources, including sunlight, aging test chambers, and welding arcs. It can simultaneously measure both energy and power values, making it a practical tool for diverse testing scenarios.
Comprehensive statistical functions
The 86125 UV radiometer, combined with the UVA-X1 probe, offers extensive real-time statistics. It simultaneously displays power value, maximum value, minimum value, average value, measurement time, and accumulated energy value, providing users with a complete view of their test data.
Advanced digital probe technology
Using cutting-edge digital probe technology, all data collection and processing are handled directly within the probe. Data is transmitted as digital signals with enhanced anti-interference capabilities, ensuring more stable and reliable test results.
Easily switchable units
The device allows seamless switching between three measurement units: μW/cm², mW/cm², and W/m². Unit conversions are automatic, eliminating the need for manual calculations and making data interpretation quicker and more convenient.
FAQ
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1. The difference between UVA-X0 and UVA-X1 UV probe for 86125 UV light meter host
1) UVA-X0 probe is mainly used to detect the radiation intensity and energy of 365nm high pressure mercury lamp, the spectral response range is 315-400nm, the power measuring range is 0-2000mW/cm2;
2) The UVA-X1 probe is mainly used to detect the radiation intensity and energy of low-power UVA light sources, the spectral response range is 260-400nm, the power measuring range is 0-200000μW/cm2. -
2. What's the working temperature of the UV probes?
The 9 probes of the 86125 UV light meter are not heat-resistant. The probe can be used for a long time at 80℃ or lower. If the temperature is higher than 80℃, it is recommended to use UV energy meter for UVA light source detection.
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3. Which probe is recommended if I need to measure both mercury lamp and LED light source?
It is recommended to use the 86125 UV light meter host and UVA-X0, UVALED-X0 probes.
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4. Whether a traceable calibration certificate is included?
UVA-X0 and UVA-X1 are mainly used to detect 365nm high-pressure mercury lamps, which can be ensured to pass the inspection of the Metrology Institute and obtain a calibration certificate (approved by CNAS and ilac-MRA). The cost of the calibration certificate is about US$200 ; but the UVALED-X0, UVALED-X1 and UVALED-X3 probes are professionally used to detect UVA LED light sources. There is no unified inspection standard for LED light sources, each light source and UV energy meter manufacturer has their own calibration standards. We can provide the factory calibration reports for these three probes special for UV LED, but no calibration certificates can be provided.